Shark researcher Chuck Bangley will discuss his work, which focuses on habitat selection by sharks inside North Carolina's inlets using a combination of fishery-independent survey methods and acoustic tagging.

Join us for a wild ride through science, where we will explore different phenomena including buoyancy, water tension and gas expansion. Brightly colored foam tsunamis and loud (controlled) explosions will punctuate this one-hour science experience.

Join us for a wild ride through science, where we will explore different phenomena including buoyancy, water tension and gas expansion. Brightly colored foam tsunamis and loud (controlled) explosions will punctuate this one-hour science experience.

Join us for a wild ride through science, where we will explore different phenomena including buoyancy, water tension and gas expansion. Brightly colored foam tsunamis and loud (controlled) explosions will punctuate this one-hour science experience.

Join us for a wild ride through science, where we will explore different phenomena including buoyancy, water tension and gas expansion. Brightly colored foam tsunamis and loud (controlled) explosions will punctuate this one-hour science experience.

Join UNC-Chapel Hill professor Greg Characklis to learn more about the links between environmental events and financial risk, as well as how society can use both structural and non-structural approaches to managing this risk.

Join us for a wild ride through science, where we will explore different phenomena including buoyancy, water tension and gas expansion. Brightly colored foam tsunamis and loud (controlled) explosions will punctuate this one-hour science experience.

Join us for a wild ride through science, where we will explore different phenomena including buoyancy, water tension and gas expansion. Brightly colored foam tsunamis and loud (controlled) explosions will punctuate this one-hour science experience.